Digital Jewellery This presentation helps to know about the various techno jewels in the technological era that people are wearing that will help to do their activities efficiently and conveniently.

2.  Introduction
 What is digital jewellery??
 Digital jewellery & its components
 Technical Specifications of Digital Jewellery
 Display Technology
 Java Ring & its Highlights
 Advantages & Disadvantages
 Conclusion

3.  In Computer Fashion Wave, "Digital
Jewellery" looks to be the next sizzling
fashion trend of the technological wave.
 The combination of shrinking computer
devices and increasing computer power has
allowed several companies to begin
producing fashion jewellery with embedded
intelligence.
 By the end of the decade, we could be
wearing our computers instead of sitting in
front of them.

4.  Evolution in digital technology.
 Root of mobile computing.
 Fashion Jewelry with embedded intelligence.
 Wireless wearable computers.
 Nascent catchphrase for wearable ID devices.
 Have the potential of all in one replacement.
 Beginning of disintegration of PC to tiny
devices.

5.  A“cell phones” will take a totally new
form,appearing to have no form at all.
 Instead of one single device, cell phones will be
broken up into their basic components and
packaged as various pieces of digital jewellery.
 The various components that are inside a cell
phone: Microphone, Receiver, Touch pad, Display,
Circuit board, Antenna, and Battery.
 IBM has developed a prototype of a cell phone
that consists of several pieces of digital
jewellery that will work together wirelessly,
possibly with Bluetooth wireless technology.

6. Prototype of cell phone consists of:
 Earrings
 Necklace
 Ring
 Bracelet
IBM is also working rechargeable battery to
power these components.

7.  Ear rings - Speakers embedded into these
earrings will be the phone's receiver
 These days many manufactures are
developing things like Bluetooth devices
in the form of pendants or earrings that
people can wear that help enhance heir
mobile phones, computers PDAs, basically
anything that uses similar technology.

8.  Necklace - Users will talk into the
necklace's Embedded microphone.
 They transfer the information in the form
of signal.
 It consist of sensors by these it will work.
 It is mainly by bluetooth technology.

9.  Perhaps the most interesting piece of the
phone, this "magic decoder ring” is
equipped with LEDs that flash to indicate
an incoming call.
 It can also be programmed to flash
different colors to identify a particular
caller or indicate the importance of a
call.

10.  The same ring that flashes for phone calls
could also inform you that e-mail is piling up
In your inbox.
 This flashing alert could also indicate the
urgency of the e-mail.
 The mouse-ring that IBM is developing will
use the companies track point technology to
wirelessly move the cursor on the computer-
monitor display.
 Track point technology to a ring which looks
like a black pearl.

11.  Equipped with a video graphics array
(VGA) display, this wrist display could also
be used as a caller identifier that flashes
the name and phone number of the caller.

12.  Digital jewellery devices consist of a
screen or display for information, most
likely consisting of 7-16-segment, or dot
matrix LEDs, LCDs.
 An audio visual or other 'display' could
consist of a speaker, a single flashing light
and a sensor.
 A micro controller that is surface
mounted device on a printed circuit board
with resistors and capacitor are the
internal ‘guts’ of the jewellery.

13.  The digital jewelry display, for instance,
every alphabet and number system has found
representation within the electronics realm
and 'dot-matrix’
 It is used to display Chinese and Japanese
and other character sets, as can the
alternative display for LCDs (liquid-crystal-
displays) also be used, as often found in
watches.

14.  Digital Jewellery can be made in many
different sizes and shapes with a variety of
materials ranging from plastic and metal to
rubber and glass.
 This could range from LED 7-segment, 16-
segment, dot matrix, and other
programmable LEDs devices to LCDs, OLEDs,
and other displays

15.  The Java Ring can be programmed to give
you access to everydoor and device.
 The Java Ring is a stainless-steel ring, 16-
millimeters (0.6 inches)in diameter, which
houses a 1-million-transistor processor, called
an iButton.
 The ring has 134 KB of RAM, 32 KB of ROM,
which is a piece of software that recognizes
the Java language and translates it for the
user's computer system.
 Dallas Semiconductor is developing a new
Java-based, computerized ring that will
automatically unlock doors and
log on to computers.

16.  Runs Java better(plus portions enhance
java card 2.0).
 Careful attention to physical security.
 Durability to stand up to everyday use.
 High memory capacity(upto 134K bytes).
 Retail connectivity to 250 million existing
computers.

17. Wireless wearable technology.
Easy to carry every where.
Sizzling outlook to the user.
Natural interaction between the user.

18. Display is very small.
Rays may be harmful.
No waterproof care should be taken.
Very expensive to afford.

19.  The basic idea is to have the convenience
of wireless wearable computers while
marketing fashionably sound.
 It is hoped to be marketable soon. Several
bugs remain.
 Charging capabilities and cost are sample of
the problems that lurk.